Engineering Salaries by Discipline (Benchmark)
For a U.S. benchmark, May 2024 BLS median annual wages were $134,830 for aerospace engineers, $121,860 for chemical engineers, $111,910 for electrical engineers, $102,320 for mechanical engineers, and $99,590 for civil engineers. These are occupation-wide medians, not starting salaries or promises to graduates. Your likely pay depends on location, industry, experience, and employer.
A salary ranking can look like a clear answer to “Which engineering major pays best?” But a national median cannot tell you what a new graduate will earn in your city, whether a program is worth its cost, or whether you will enjoy the work. Treat the figures as a starting point for research, not a forecast of your first offer.
In career planning conversations, I often see students compare salary figures before checking how those jobs differ day to day. A better benchmark connects pay to the actual occupation, the degree and skills it tends to require, the local job market, and the cost of reaching that career.
Engineering salaries by discipline: what the benchmark measures
A salary benchmark is a comparison point, not a personal pay estimate. The figures below are May 2024 national median annual wages reported by the U.S. Bureau of Labor Statistics (BLS) for named occupations. A median divides workers into two equal groups: half earned more and half earned less.
| Engineering occupation | May 2024 national median annual wage | Common areas of work |
|---|---|---|
| Aerospace engineer | $134,830 | Aircraft, spacecraft, and related systems |
| Chemical engineer | $121,860 | Chemical processes and production |
| Electrical engineer | $111,910 | Electrical equipment and systems |
| Mechanical engineer | $102,320 | Machines, devices, and mechanical systems |
| Civil engineer | $99,590 | Infrastructure and the built environment |
These are occupation-level figures. They are not limited to recent graduates, people with a particular degree, or workers in one industry. BLS identifies a bachelor’s degree as the typical entry-level education for these occupations, but some jobs may favor graduate study or relevant experience.
The difference between the highest and lowest median in this group is $35,240 a year. That gap is useful for comparing the reported occupations, but it does not show what you personally would earn or how much a degree will cost. A student’s outcome can differ based on region, employer, experience, and the type of work they pursue.
Key takeaway: Use the table to identify occupations for closer research. Do not use it as a list of guaranteed graduate salaries.
Engineering program options, admissions, and accreditation
Program choice affects your preparation, cost, and eligibility for some career paths. Before comparing schools, check whether the specific program is accredited when that matters for your intended role or licensure plan. Also review admissions requirements, student support, internship access, and completion information.
For engineering, ABET’s Engineering Accreditation Commission (EAC) accredits programs, not whole universities. Search the ABET directory for the exact program and campus you are considering. If the institution’s accreditation status is unclear, check the U.S. Department of Education’s accreditation database or the Council for Higher Education Accreditation (CHEA).
Accreditation is an important screening step, but it is not a salary guarantee. It also does not replace a review of the actual courses or local licensing rules. If you want a role that requires or benefits from professional licensure, contact the relevant state licensing board early. Education, exam, and work-experience requirements can vary by state.
Compare programs using more than their advertised tuition or salary claims. Ask for each school’s net-price estimate, which reflects aid and grants, and compare the likely time to completion. Look for available internship or co-op programs, graduation outcomes, and career support. Check how each figure was measured and whether it applies to the specific engineering program.
Next step: Verify the program in ABET’s EAC directory, then compare cost and student outcomes using information from the school and reliable public sources.
Degree curriculum, prerequisites, and graduation requirements
Engineering degrees usually require a planned sequence of technical courses, but there is no universal credit-hour total or identical course list for every major. Review the current catalog for the exact program. Check prerequisites, labs, design work, and capstone requirements before assuming that two programs with the same name offer the same preparation.
Your preparation in calculus, physics, chemistry, computing, and design can help you assess fit. Their importance varies by discipline and program, so compare course requirements rather than relying on a broad label like “engineering.” If a required course sequence is offered only once a year, falling behind may affect your graduation timeline. Ask an academic adviser how the sequence works.
A capstone is a final design or project course that asks students to apply skills from earlier classes. Labs and project work can also help you build evidence of what you can do. When reviewing a program, ask what students design, test, analyze, or present, and whether you can keep examples for a professional portfolio.
| Before you enroll | What to check | Why it matters |
|---|---|---|
| Course plan | Math, science, engineering, and prerequisite sequence | Helps you understand workload and timing |
| Hands-on learning | Labs, design work, and capstone | Shows how the program applies classroom skills |
| Program status | Specific EAC accreditation, where relevant | Helps you check a key program credential |
| Total cost | Net price and likely time to completion | Gives a more useful cost picture than tuition alone |
Next step: Read the catalog and map the required courses by term. Ask an adviser about transfer credits, course availability, and likely completion time.
Academic success, internships, and student experience
Strong academic progress is one part of career preparation; practical experience and clear evidence of your skills matter too. Plan your prerequisite courses, learn how to access tutoring or advising, and seek internships, co-ops, research, or project work when available. These steps can build experience, but none guarantees a particular salary or job.
A co-op is a structured period of work related to a student’s field, often coordinated with a college program. Ask each school whether it offers co-ops or internships, how students find placements, and whether work affects time to graduation. Look for details rather than assuming that an advertised program guarantees a placement.
Build a portfolio that matches the jobs you may pursue. Depending on your coursework and projects, it might include design work, lab reports, software, test results, or a clear account of your role on a team project. Do not share confidential employer or research information. Employers may value evidence of practical work, but the skills required differ by job.
A simple planning sequence can help keep decisions grounded:
- Explore fit: Compare your interests and preparation in math, physics, chemistry, computing, and design with BLS occupation profiles and the work described in job postings.
- Screen programs: Check accreditation where relevant, required courses, net price, completion information, and access to experience.
- Track milestones: Stay on top of prerequisites, maintain satisfactory academic progress, and ask about licensure rules if they apply to your goal.
- Prepare for hiring: Build examples of your work, seek relevant experience, and compare offers by location, industry, benefits, and advancement opportunities.
Key takeaway: Experience and course choices help you show what you can do. Start building that evidence before graduation, and check requirements for your target job rather than relying on a broad major label.
Salary comparisons, career paths, and employment outcomes
A discipline’s median wage gives context for one occupation, while a career path includes the jobs and experience you may pursue over time. BLS wage data do not show the pay of a specific degree program’s graduates. Use occupation profiles, local wage information, and current job postings to refine your comparison.
| Your priority | Useful comparison | Avoid assuming |
|---|---|---|
| Higher national occupation median | Compare the BLS figures for relevant occupations | That the top figure is an entry-level offer |
| Working in a specific region | Find wage data for the target area and review local postings | That a national median applies to that city |
| Choosing between majors | Compare courses and the work described in occupation profiles | That similar degree names lead to identical jobs |
| Estimating financial value | Compare net price, time to completion, and likely debt | That salary alone proves a program is a good investment |
For a hypothetical student choosing between civil and mechanical engineering, the national medians alone show a $2,730 difference, with the mechanical engineering figure higher. That narrow comparison does not settle the choice. The student should also check local pay, employer demand, program cost, course fit, internship options, and the work they would prefer to do.
For another hypothetical student interested in aerospace engineering, the $134,830 median may prompt a closer look at that occupation. It should not be treated as a likely starting salary. The student can check regional job postings, relevant program courses, and whether employers in the areas they might live hire for the roles they want.
These are decision examples, not real graduate case studies or salary predictions. They show why pay comparisons work best alongside evidence about a program and local labor market. For an offer, compare current employer information and job requirements with local wage data. Consider base pay, benefits, location, and advancement potential rather than treating one national number as a target.
Next step: Pick a location and a few job titles, then compare local wage data and current postings. Revisit the figures as you get closer to graduation.
Conclusion: build a salary-informed engineering plan
A national median can help you compare engineering occupations, but it cannot predict your own pay. For May 2024, the listed BLS medians ranged from $99,590 for civil engineers to $134,830 for aerospace engineers. Keep the comparison in perspective: these are occupation-level wages, not starting salaries or degree-specific outcomes.
Build your plan in order: assess discipline fit, verify program details, compare net cost and completion information, plan for relevant experience, and check local employment evidence. If licensure is part of your goal, confirm the rules with your state board. This approach gives you more useful options than selecting a major from a salary ranking alone.
Frequently asked questions
Are these engineering salaries starting salaries?
No. They are May 2024 national median annual wages for occupations, not starting salaries.
Which listed engineering occupation has the highest median wage?
Aerospace engineers, at $134,830 a year in May 2024 BLS data.
Which listed occupation has the lowest median wage?
Civil engineers, at $99,590 a year in the same data.
Does an engineering degree guarantee the listed median?
No. The figures describe workers in occupations, not guaranteed outcomes for graduates.
What degree level is typical for these occupations?
BLS lists a bachelor’s degree as the typical entry-level education for these five occupations. Some roles may favor graduate study or relevant experience.
How do I check if an engineering program is accredited?
Search ABET’s EAC directory for the specific program and campus. Do not assume university accreditation means every program has EAC accreditation.
Do I need an ABET-accredited degree to become a professional engineer?
Requirements vary by state and career path. Check the relevant state licensing board for education, exam, and experience rules.
How can I compare engineering salaries in my city?
Use BLS local wage information and review current job postings for the roles and industries you are considering.
Should I choose the discipline with the highest national median?
Not on that figure alone. Compare course fit, local opportunities, program cost, completion information, and the work involved.
What should I compare besides salary?
Consider net price, time to completion, internships or co-ops, location, benefits, job requirements, and potential advancement.
(This article was written by one of our staff writers, James Holloway. Visit our Meet the Team page.)
